IEEE 828-1998

IEEE 828-1998 is the standard for software configuration management plans, offering guidance for defining how software items are identified, controlled, tracked, and reviewed. In the computing and processing context, it helps organizations document the procedures needed to manage change with consistency and traceability. This matters because clear configuration management planning can reduce errors, support audits, and improve control over software development and maintenance activities across a project lifecycle.

What is IEEE 828-1998?

IEEE 828-1998 sets out a structured approach for preparing a software configuration management plan. It is intended to help project teams describe the processes, responsibilities, and records used to manage configuration items and changes to software. The standard is especially relevant where controlled development, repeatable review steps, and documented approval paths are important. IEEE 828-1998 provides a common technical reference for organizing these practices in a clear, disciplined way.

Where is IEEE 828-1998 used?

This standard is typically used in software engineering environments where configuration control must be formalized, such as system development, maintenance projects, and integrated software deliveries. It is useful for teams managing multiple versions, baseline definitions, and change requests within computing systems and related processing workflows. IEEE 828-1998 may also support contract work or internal quality programs that require a documented plan for software configuration management and traceable decision-making.

Why is IEEE 828-1998 important?

IEEE 828-1998 is important because software changes can affect functionality, reliability, and long-term support if they are not managed carefully. A configuration management plan helps teams define who approves changes, how items are identified, and what records are kept for control and verification. This improves consistency across development and maintenance work, supports compliance expectations, and reduces the risk of uncontrolled modifications that can complicate testing, release coordination, and problem resolution.

• Software configuration management planning
• Change control and approval structure
• Baseline and version tracking
• Traceability for reviews and records
• Support for controlled software maintenance